A hair treatment system is provided and may comprise a sensor device having at least one condition sensor for capturing a hair condition parameter and/or an environmental parameter, and an electrical hair treatment device. The hair treatment device may comprise an application device for applying a hair treatment agent to the hair, a hair treatment unit, and an electronic circuit device, wherein the electronic circuit device may be coupled to the sensor device in order to receive the captured hair condition parameter and/or the environmental parameter and/or a hair treatment parameter, and wherein the electronic circuit device may be configured to control the hair treatment on the basis of the received captured hair condition parameter and/or environmental parameter and/or hair treatment parameter, wherein the hair treatment may comprise an application of the hair treatment agent and a mechanical and/or thermal treatment by employing the hair treatment unit.

A clip-on heat shield for use on a hair gathering accessory, such as a comb, is configured to be attached to the body of the hair gather accessory at a back edge of the hair gathering accessory. A void at an engagement edge of the clip-on heat shield is configured to frictionally engage the back edge of the hair gathering accessory to retain the clip-on heat shield on the hair gathering accessory

A hair styling device is described herein that comprises an exposed heating surface, a heating element to heat the exposed heating surface, a temperature sensor to measure a temperature of at least one of the heating element or the exposed heating surface, a heating element interface coupled to the heating element, and a network communication circuit. The hair styling device further comprises a device controller that includes a control circuit to provide a control signal to the heating element interface to modify operation of the heating element according to an instruction received by the network communication circuit over a network from an application. In an embodiment, the device controller further includes a command status monitor to generate a success or fail message, indicative of a success or failure of the instruction in the hair styling device, for transmission by the network communication circuit over the network to the application.

A hair gathering accessory can be formed as a comb or a brush device, and has a handle formed with a body. On one side of the body are a plurality of tines (e.g. comb teeth, brush bristles, etc.). On the other side of the body is a heat shield that is attached to the body and which extends away from the body some distance. The tines are used to gather a portion of hair while the hair gathering accessory is being held by a person, and the heat shield protects the person whose hair has been gathered from the heat of a hair iron that is applied to the gathered portion of hair.

A spacing accessory is selectively deployable with a hair treatment tool. In a first aspect, an assembly includes (1) a hair treatment tool with opposed heating surfaces disposed on two arms configured to open, to allow hair to be inserted between the heating surfaces, and close, to press hair between the heating surfaces, and (2) a spacing accessory selectively deployable to maintain the heating surfaces in a spaced relationship, when the arms are closed. In a second aspect, a spacing accessory is configured for removable attachment to a hair treatment tool of the aforementioned type, with the spacing accessory including a spacing member configured to extend between the two arms of the tool to maintain a spaced relationship between the heating surfaces when the arms are closed.

A hairstyling device for curling hair, includes a housing which includes a rolling chamber, an introduction slot which extends over the length of the housing and which opens into the rolling chamber, and an extraction opening arranged on a side end of the housing onto which the rolling chamber opens. The device includes a mandrel which extends into the rolling chamber, and a roller arranged in the rolling chamber and configured to roll the strand of hair around the mandrel, during rotation thereof. The introduction slot includes two walls which extend longitudinally and which cross the thickness of the housing, the side walls including a guiding system configured to promote the penetration of the strand of hair into the rolling chamber.

The present invention relates to a photoreactive hair treatment apparatus which enables the styling of a desired shape, the prevention of damages to hair and the treatment of hair to be glossy and resilient, and can reduce a treatment time of an agent used for treating hair. The photoreactive hair treatment apparatus comprises: a light source for emitting light; and a power supply unit for supplying power to the light source, wherein the light source is arranged to emit the light toward hair onto which a hair treating agent is applied. As such, the present invention has the effect of enhancing hair treatment efficiency by reducing the acting time in which the hair treating agent has effects on the hair.

A flat iron case system for protecting a flat iron from breaking includes a pair of flat irons that are hingedly coupled together and the flat irons are selectively compressed on hair. A pair of shells is provided and each of the shells is coupled to an associated one of the flat irons. Each of the shells is comprised of a rigid material to inhibit the flat irons from breaking when the flat irons are dropped.

A tool bag, featuring a removable insert, and sides that attach separately to the front and back.

A hairstyling device for curling hair, includes a housing which includes a rolling chamber, an introduction slot which extends over the length of the housing and which opens into the rolling chamber, and an extraction opening arranged on a side end of the housing onto which the rolling chamber opens. The device includes a mandrel which extends into the rolling chamber, and a roller arranged in the rolling chamber and configured to roll the strand of hair around the mandrel, during rotation thereof. The introduction slot includes two walls which extend longitudinally and which cross the thickness of the housing, the side walls including a guiding system configured to promote the penetration of the strand of hair into the rolling chamber.